Age & Posture
Posture evolves throughout life, from early movement milestones in babies to workplace habits in adults. Growth, movement patterns and daily activities all influence spinal alignment. Understanding these changes can help identify early signs of postural stress and support healthier spinal development through movement, exercise and professional care.

Devices, tech Neck & Posture
“Tech neck” describes the neck strain caused by prolonged phone and computer use. Looking down at devices places increasing pressure on the cervical spine and surrounding muscles, which may contribute to neck stiffness, headaches and shoulder tension. Understanding the early warning signs of tech neck and making simple posture adjustments can help reduce strain and support healthier spinal movement.

Poor Posture
Poor posture has become one of the most common causes of neck pain, headaches and back tension. Long hours sitting, excessive screen use and reduced movement place increasing strain on the spine. In this article, we explain why posture matters, the early warning signs of postural stress and practical ways to support spinal health with simple daily habits and chiropractic care.

Landau Postural Reflex (Retained Primitive Reflexes)
The Landau Reflex is a developmental reflex that helps babies build strength against gravity and develop postural control. When poorly developed or retained beyond infancy, it can affect posture, endurance, balance, and coordination. This article explains the signs of Landau Reflex challenges in children and adults—and how nervous system-focused chiropractic care can support improved stability, posture, and movement efficiency.

Stepping Reflex (Retained Primitive Reflexes)
The Stepping Reflex is an early developmental reflex that prepares the nervous system for walking. When retained beyond infancy, it may influence gait patterns, balance, coordination, and lower-body stability. This article explains the signs of retained Stepping Reflex in children and adults—and how nervous system-focused chiropractic care can support improved movement efficiency and neurological regulation.

Babinski Reflex (Retained Primitive Reflexes)
The Babinski Reflex is an early neurological reflex seen in infants that reflects developing brain and spinal cord pathways. When retained beyond early childhood, it may influence walking patterns, balance, coordination, and foot sensitivity. This article explains the signs of retained Babinski Reflex in children and adults—and how nervous system-focused chiropractic care can support improved stability and movement efficiency.

Palmomental Reflex (Retained Primitive Reflexes)
The Palmomental Reflex is a primitive reflex that links stimulation of the palm with movement of the chin or mouth. When retained beyond infancy, it may contribute to oral habits such as nail biting, jaw tension, emotional reactivity, and stress sensitivity. This article explains the signs of retained Palmomental Reflex and how nervous system-focused chiropractic care may support improved regulation and relaxation.

Suck Reflex (Retained Primitive Reflexes)
The Suck Reflex is an early feeding reflex that allows babies to coordinate sucking, swallowing, and breathing for nourishment. When retained beyond infancy, it can influence oral habits, speech development, mouth breathing, jaw tension, and feeding efficiency. This article explains the signs of retained Suck Reflex in children and adults—and how nervous system-focused chiropractic care can support improved oral coordination and regulation.

Rooting Reflex (Retained Primitive Reflexes)
The Rooting Reflex is an early feeding reflex that helps newborns locate and latch for nourishment. When retained beyond infancy, it can affect feeding efficiency, oral motor control, speech development, jaw tension, and neck posture. This article explains the signs of retained Rooting Reflex in babies, children, and adults—and how nervous system-focused chiropractic care can support improved regulation and coordination.

Plantar Reflex (Retained Primitive Reflexes)
The Plantar Reflex is an early primitive reflex that supports foot development and preparation for walking. When retained beyond infancy, it can contribute to toe walking, balance challenges, foot tension, and postural instability. This article explains the signs of retained Plantar Reflex in children and adults—and how nervous system-focused chiropractic care can support improved gait, coordination, and stability.

Grasp (Retained Primitive Reflexes)
The Grasp Reflex is an early developmental reflex that supports sensory and motor development through the hands and feet. When retained beyond infancy, it can affect pencil grip, handwriting endurance, toe walking, balance, and coordination. This article explains the signs of retained Grasp Reflex in children and adults—and how nervous system-focused chiropractic care can support improved motor control and regulation.

ATNR (Retained Primitive Reflexes)
The ATNR (Asymmetrical Tonic Neck Reflex) is a developmental reflex that helps infants build early hand–eye coordination. When retained beyond infancy, it can affect posture, midline stability, handwriting endurance, coordination, and focus. This article explains the signs of retained ATNR in children and adults—and how nervous system-focused chiropractic care can support improved motor control and learning efficiency.

TLR (Retained Primitive Reflexes)
The Tonic Labyrinthine Reflex (TLR) is an early postural reflex that supports balance and muscle tone. When retained beyond infancy, it can affect posture, coordination, endurance, and spatial awareness. This article outlines the signs of retained TLR in babies, children, and adults—and explains how nervous system-focused chiropractic care can support improved regulation, stability, and movement efficiency.

STNR (Retained Primitive Reflexes)
The STNR (Symmetrical Tonic Neck Reflex) is a developmental reflex that helps babies transition into crawling. When retained beyond infancy, it can contribute to poor posture, difficulty sitting still, handwriting fatigue, coordination challenges, and reduced focus. This article explains the signs of retained STNR in children and adults—and how nervous system-focused chiropractic care can support improved stability, motor control, and regulation.

Spinal Galant Reflex (Retained Primitive Reflexes)
The Spinal Galant Reflex is an early developmental reflex that supports trunk movement and birth mechanics. When retained beyond infancy, it may contribute to fidgeting, poor posture, bedwetting, sensory sensitivity, and difficulty sitting still. This article explains the signs of Spinal Galant retention in children and adults—and how nervous system-focused chiropractic care can support improved regulation and coordination.

Moro Reflex (Retained Primitive Reflexes)
The Moro Reflex is an early startle reflex designed to protect the developing nervous system. When retained beyond infancy, it can contribute to anxiety, emotional reactivity, sensory sensitivity, poor sleep, and reduced stress tolerance. This article explains the signs of retained Moro Reflex in babies, children, and adults—and how nervous system-focused chiropractic care can support calmer regulation and resilience.

Fear Paralysis Reflex (Retained Primitive Reflexes)
The Fear Paralysis Reflex is an early survival reflex designed to protect the developing nervous system. When retained beyond infancy, it can contribute to anxiety, emotional shutdown, sensory sensitivity, poor sleep, and chronic stress patterns. This article explains the signs of Fear Paralysis retention in children and adults—and how nervous system-focused chiropractic care can support calmer, more resilient regulation.

Red Laser Therapy for Sensitive Kids
Red laser therapy is a gentle, non-invasive way to support nervous system balance in children. When one side of the brain is working harder than the other, laser therapy — combined with chiropractic care and movement — may help calm overactivity and support healthy development. Learn how this approach supports regulation, coordination, and focus in growing kids.

What the Research Shows
Spinal manipulation is often associated with pain relief, but emerging research suggests it may also influence athletic performance. A controlled study in elite Taekwondo athletes found that a single chiropractic adjustment temporarily increased muscle strength and enhanced brain-to-muscle communication. These findings highlight a short neurological “priming” window that may support strength, power, and speed-based training when chiropractic care is timed strategically.

Frozen Shoulder
Frozen shoulder can feel slow and frustrating, but with the right support, recovery doesn’t have to be overwhelming. This guide from Nomad Chiropractic Mosman explores how gentle chiropractic care, nervous system support, and holistic principles from Chinese medicine work together to ease pain, restore movement, and support confident shoulder recovery—helping you get back to everyday activities with comfort, clarity, and hope.